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Major Hiring: 2-Year FPSO & Offshore Oil & Gas Engineering Project in Angola, Africa | Apply Now

Introduction to International Offshore Careers in Angola

The global energy sector continues to evolve rapidly, with complex offshore oil and gas developments playing a vital role in meeting worldwide energy demands. Among the most technologically demanding and financially rewarding sectors within this industry are Floating Production, Storage, and Offloading (FPSO) projects. Angola, located on the southwest coast of Africa, stands as one of the premier global powerhouses for deepwater oil and gas exploration and production.

CONEC Engineering – HR & Business Development Services in Oil & Gas has officially announced an extensive recruitment drive for a major 2-year FPSO and offshore detailed design engineering project based in Angola, Africa. With an expected Date of Joining (DOJ) in September 2026, this international initiative invites seasoned engineering, design, and 3D modeling professionals to contribute to cutting-edge offshore energy infrastructure.

The global energy landscape relies heavily on complex offshore infrastructure, making Offshore Oil and Gas Jobs Angola some of the most sought-after and prestigious roles for technical specialists worldwide, particularly as major operators ramp up deepwater production and asset life-extension initiatives. At the heart of these massive energy developments are FPSO Detailed Design Engineering Careers, which offer engineers and technical consultants an unparalleled platform to shape the future of floating production, storage, and offloading systems across harsh marine environments. Professionals entering this sector find themselves working at the intersection of advanced technology and rigorous project execution, utilizing cutting-edge digital environments to model every square meter of offshore topsides and hull configurations. Central to this digital workflow are specialized E3D PDMS SP3D Modeling Vacancies, where elite designers and spatial coordinators deploy AVEVA Everything 3D, Plant Design Management System, and Intergraph SmartPlant 3D to construct clash-free, highly optimized multi-discipline plant models that serve as the single source of truth for fabrication and construction yards globally. Within these multidisciplinary teams, a Process Design Engineer Oil & Gas plays a foundational role by establishing vital heat and mass balances, developing complex piping and instrumentation diagrams, running rigorous dynamic simulations using software like HYSYS, and ensuring that raw hydrocarbon streams are separated, treated, and pressurized safely and efficiently under extreme offshore operating pressures. Simultaneously, a Piping Design Engineer Offshore addresses the intricate network of high-pressure lines and utility headers threading through cramped modular spaces, performing critical pipe stress analyses with Caesar II and adhering strictly to international codes like ASME B31.3 to mitigate fatigue, vibration, and thermal expansion risks. Complementing these fluid and thermal systems, a Structural Design Engineer FPSO evaluates and fortifies the massive steel skids, module support frames, and hull interface points against relentless environmental forces such as wind, wave action, and dynamic vessel motions using advanced finite element packages like STAAD.Pro and SACS. To staff these multi-year deepwater ventures successfully, CONEC Engineering Angola Hiring initiatives continue to source world-class talent for landmark 2-year project lifecycles starting in September 2026, uniting specialized instrumentation, electrical, safety, telecom, and HVAC professionals under a unified banner of international engineering excellence, multidisciplinary coordination, and uncompromising safety standards to unlock West Africa's vast hydrocarbon potential.

This comprehensive guide breaks down every aspect of the project, details each open vacancy, outlines technical requirements, explores the financial and career benefits of working on international offshore assignments, and provides strategic insights for prospective applicants.

Project Overview: Angola FPSO Detailed Design

Operating in deepwater environments requires meticulous planning, stringent safety protocols, and advanced engineering practices. The upcoming 2-year project in Angola focuses on the detailed design engineering phase of an offshore FPSO facility—a floating vessel used by the offshore oil and gas industry to process hydrocarbons and store oil until it can be offloaded onto tankers.

Key Project Parameters

• Project Location: Angola, Africa

• Project Type: FPSO / Offshore Oil & Gas Detailed Design Engineering

• Project Duration: 2 Years (Long-term international assignment)

• Expected DOJ: September 2026

• Experience Benchmark: 8+ Years of specialized professional experience

• Hiring Agency: CONEC Engineering

Detailed Breakdown of Engineering Vacancies

The project encompasses a wide spectrum of engineering disciplines critical to the successful execution, safety, and operation of offshore assets. Below is an exhaustive breakdown of the open engineering positions.

1. Process Design Engineer

• Role Summary: Process Design Engineers form the backbone of any oil and gas facility, ensuring that the conversion of raw hydrocarbons into marketable products occurs efficiently and safely.

• Key Responsibilities:

  • Developing and optimizing Process Flow Diagrams (PFDs) and Piping and Instrumentation Diagrams (P&IDs).

  • Conducting hydraulic calculations, sizing relief valves, separators, columns, and heat exchangers.

  • Performing process simulations using industry-standard software (e.g., HYSYS, UniSim).

  • Participating in Hazard and Operability (HAZOP) and Hazard Identification (HAZID) studies.

  • Ensuring compliance with international offshore codes and standards (API, ASME, NORSOK).

• Candidate Profile: Engineers with extensive experience in conceptual, FEED, and detailed design phases for offshore topsides and FPSO process modules.

2. Technical Safety Engineer

• Role Summary: Safety is paramount in offshore environments. Technical Safety Engineers mitigate risks, protect personnel, and safeguard capital assets against catastrophic failures.

• Key Responsibilities:

  • Conducting quantitative and qualitative risk assessments (QRA).

  • Performing Safety Integrity Level (SIL) determination and verification studies.

  • Designing and evaluating active and passive fire protection systems, blast walls, and escape routes.

  • Leading or supporting safety workshops including HAZOP, HAZID, ENVID, and Fire Risk Analysis (FRA).

• Candidate Profile: Professionals with a dedicated background in offshore safety engineering, regulatory compliance, and risk management frameworks.

3. Piping Design Engineer

• Role Summary: Piping systems transport high-pressure hydrocarbons, chemicals, and utilities across cramped offshore modules. Piping Design Engineers ensure structural integrity and optimized routing.

• Key Responsibilities:

  • Developing piping material specifications, line lists, and stress analysis criteria.

  • Performing pipe stress analysis using software such as Caesar II.

  • Reviewing 3D piping layouts to ensure clash-free routing, maintainability, and ergonomic access.

  • Collaborating with structural teams for pipe support design and dynamic load considerations.

• Candidate Profile: Experienced engineers with deep knowledge of ASME B31.3, offshore piping metallurgy, and vibration control (flow-induced and acoustic-induced vibration).

4. Structural Design Engineer

• Role Summary: Structural Engineers design and verify the load-bearing frameworks of topside modules, skids, flare towers, and helipads subjected to harsh marine environments.

• Key Responsibilities:

  • Performing static and dynamic structural analyses for offshore modules using software such as STAAD.Pro, SACS, or SESAM.

  • Designing steel structures considering environmental loads (wind, wave, current) and fatigue.

  • Designing lifting and transportation frames (sea-fastening calculations for modular transport to Angola).

  • Reviewing fabrication drawings and ensuring compliance with DNV, ABS, or API standards.

• Candidate Profile: Structural specialists with proven track records in designing offshore topsides, jackets, or floating production vessel steel structures.

5. Electrical Design Engineer

• Role Summary: Reliable power generation and distribution are critical for continuous offshore production. Electrical Engineers design robust power systems for hazardous and non-hazardous areas.

• Key Responsibilities:

  • Designing power generation, distribution, and emergency backup systems (turbines, generators, UPS).

  • Performing electrical load flow, short circuit, harmonic analysis, and motor starting studies using ETAP or SKM PowerTools.

  • Sizing cables, switchgear, transformers, and designing lighting and grounding layouts.

  • Ensuring compliance with IEC and IEEE standards for hazardous area classifications (Zone 1 and Zone 2).

• Candidate Profile: Electrical engineers experienced in high-reliability power systems for marine or offshore oil and gas installations.

6. Instrumentation Design Engineer

• Role Summary: Instrumentation and Control Engineers monitor and control every operational parameter within the FPSO, ensuring precision and stability.

• Key Responsibilities:

  • Selecting and sizing field instruments (pressure, temperature, level, flow meters, control valves).

  • Designing Distributed Control Systems (DCS), Emergency Shutdown Systems (ESD), and Fire & Gas (F&G) systems.

  • Developing instrument datasheets, loop diagrams, cause-and-effect matrices, and hook-up drawings.

  • Coordinating with process and electrical teams for seamless automation integration.

• Candidate Profile: Professionals with comprehensive expertise in offshore automation, smart instrumentation, and fieldbus technologies.

7. Telecom Design Engineer

• Role Summary: Offshore facilities require secure, resilient communication networks for operational coordination, entertainment, safety, and onshore data transmission.

• Key Responsibilities:

  • Designing integrated telecommunication systems including PAGA (Public Address and General Alarm), CCTV, UHF/VHF radio, satellite communication (VSAT), and structured cabling.

  • Developing block diagrams, cable schedules, and equipment layout drawings.

  • Conducting site survey reviews and integrating telecom interfaces with safety and control systems.

• Candidate Profile: Telecommunication engineers with specific experience in harsh industrial or offshore oil and gas communication networks.

8. HVAC Design Engineer

• Role Summary: Heating, Ventilation, and Air Conditioning Engineers maintain safe, habitable environments within living quarters and protect sensitive electrical/instrumentation rooms from corrosive marine air.

• Key Responsibilities:

  • Calculating heat loads, air change requirements, and pressure differentials for hazardous and safe areas.

  • Designing HVAC ducting layouts, damper placements, air handling units (AHUs), and pressurization systems.

  • Ensuring compliance with DNV, ATEX, and NORSOK ventilation standards.

• Candidate Profile: Mechanical or HVAC engineers with specialized experience in offshore module ventilation and marine climate control.

Detailed Breakdown of Design & 3D Modeling Positions

Detailed engineering relies heavily on advanced spatial coordination and multi-discipline 3D modeling. The project requires skilled designers and 3D modelers across multiple platforms.

Specialized Designers Required

• Piping Designers: Expert in equipment layout, nozzle orientation, pipe routing, and generating isometric drawings.

• Electrical Designers: Skilled in cable tray routing, lighting layouts, equipment spacing, and earthing design.

• Instrumentation Designers: Proficient in instrument location plans, junction box layouts, and installation detail drawings.

• Structural Designers: Capable of detailing structural joints, secondary steel, grating layouts, and stairways.

3D Modeling Platforms & Disciplines

Professionals experienced with industry-standard 3D engineering software are required across all major disciplines (Piping, Electrical, Instrumentation, Structural):

• AVEVA E3D (Everything 3D): Modern multi-discipline plant design software utilized for clash detection and collaborative modeling.

• AVEVA PDMS (Plant Design Management System): Legacy and widely adopted enterprise 3D design software.

• Intergraph SmartPlant 3D (SP3D): Advanced, data-centric, rule-driven 3D design solution for offshore engineering.

Candidate Qualifications & Professional Requirements

To qualify for this rigorous international assignment in Angola, applicants must meet the following mandatory criteria:

• Educational Background: Bachelor of Engineering (B.E. / B.Tech) or Diploma in the respective engineering discipline from a recognized institution.

• Experience Threshold: A minimum of 8+ years of total professional experience.

• Domain Expertise: Proven hands-on experience in Detailed Design Engineering projects for the oil and gas sector.

• Offshore Focus: Strong, demonstrable background working on FPSO, fixed offshore platforms, subsea tie-backs, marine structures, or major EPC/FEED projects.

• Software Competency: High proficiency in discipline-specific design tools, calculation software, and 3D modeling suites (E3D, PDMS, SP3D, Caesar II, STAAD.Pro, ETAP, HYSYS).

• Standards Knowledge: Familiarity with international codes and standards including API, ASME, ISO, DNV, NORSOK, IEC, and IEEE.

Career Benefits of Working on an International FPSO Project in Angola

Securing a role on a major 2-year international project offers profound professional and personal advantages:

1. Global Exposure: Working within multicultural, multidisciplinary engineering teams enhances adaptability and global project delivery skills.

2. Technical Mastery: Solving complex deepwater offshore engineering challenges sharpens technical acumen and expands expertise in floating production systems.

3. Career Advancement: Major international assignments on CVs signal high-caliber competence, opening doors to leadership, principal engineering, and project management roles worldwide.

4. Network Expansion: Collaborating with international consultants, operators, and contractors builds a powerful professional network across the energy sector.

Application Instructions & Submission Guidelines

Interested and qualified professionals who meet the 8+ year experience requirement and possess a robust background in offshore/FPSO detailed design are invited to apply immediately.

Submission Email

• Send Updated CV to: sagari@conec.in

CV Checklist (Required Details)

To ensure your profile is processed without delay, verify that your CV clearly highlights:

• Position applied for clearly stated at the top

• Total years of professional experience

• Specific FPSO project experience

• Offshore Oil & Gas project history

• Detailed Design Engineering background

• Engineering degree/diploma qualifications

• Software and design tools mastered (e.g., E3D, PDMS, SP3D, Caesar II)

• Major projects handled and client details

• Current geographical location

• Availability and notice period

Frequently Asked Questions (FAQs)

1. What is the expected start date for this project in Angola?

The expected Date of Joining (DOJ) for selected candidates is September 2026.

2. What level of experience is mandatory for these positions?

Candidates must possess a minimum of 8+ years of relevant professional experience in engineering, design, or 3D modeling within the oil and gas sector.

3. Are candidates without offshore experience eligible?

Due to the technical complexities of floating production facilities, strong preference and primary consideration are given to candidates with verified FPSO or offshore oil and gas project experience.

Please share this international career opportunity with experienced engineering, design, and modeling professionals in your network. Your referral could help a qualified specialist secure a prestigious 2-year assignment in Angola's thriving energy sector.